Microsoft owns both, and they overlap almost entirely. Choose GitHub for new projects: it gets Microsoft's newest Copilot and security features first, GitHub Actions has the larger ecosystem, and most engineers already know it. Stay on Azure DevOps if you depend on Azure Boards, Test Plans or classic release pipelines, or mix the two: GitHub repos with Azure Boards and Pipelines is fully supported.
The question people actually ask is rarely "which is better" in the abstract. It is "we're on Azure DevOps, should we move?", "Microsoft is clearly investing in GitHub, is Azure DevOps going away?", and "what breaks if we migrate?". This guide answers those with a service-by-service mapping, October 2026 pricing, the security add-ons that differ, what the official migration tools do and don't move, and a decision table by team type.
Service-by-service mapping
| Need | Azure DevOps | GitHub | Notes |
|---|---|---|---|
| Git hosting and code review | Azure Repos (plus legacy TFVC) | Repositories and pull requests | GitHub's review, code search and Codespaces are ahead; TFVC has no GitHub equivalent |
| Branch rules | Branch policies | Branch protection rules and rulesets, CODEOWNERS | Comparable; GitHub rulesets can target many repositories at once |
| CI/CD | Azure Pipelines (YAML and classic release pipelines) | GitHub Actions | Actions has a bigger marketplace; Pipelines has richer environment checks out of the box |
| Work tracking | Azure Boards (processes, sprints, Delivery Plans, queries) | Issues and Projects | Boards is far deeper for formal planning and reporting |
| Manual testing | Azure Test Plans | None built in | The biggest functional gap on GitHub |
| Packages | Azure Artifacts (NuGet, npm, Maven, Python, universal packages) | GitHub Packages and Container registry | Artifacts has upstream sources and views that GitHub Packages lacks |
| Security scanning | GitHub Advanced Security for Azure DevOps (paid) | GitHub Secret Protection and Code Security (paid for private repos) | Microsoft says the GitHub versions always ship first |
| AI assistance | Azure DevOps MCP Server; Copilot works in the IDE | Copilot across the platform, including the coding agent and Autofix | GitHub-native Copilot features need code on GitHub |
| Self-hosting | Azure DevOps Server | GitHub Enterprise Server | Both available |
GitHub's own key differences guide makes one structural point worth knowing before you plan anything: GitHub has no equivalent of an Azure DevOps team project, and it recommends against mapping each team project to a GitHub organization. Repositories sit directly in organizations, and permissions come from organization, team and repository roles.
Pricing compared (October 2026)
| Azure DevOps | GitHub | |
|---|---|---|
| Free tier | First 5 Basic users, unlimited Stakeholders | Free plan for unlimited users and repositories |
| Paid seat | Basic: $6 per user per month | Team: $4 per user per month; Enterprise: from $21 per user per month |
| CI included | 1 Microsoft-hosted parallel job with 1,800 minutes per month, 1 self-hosted job | Free 2,000, Team 3,000, Enterprise 50,000 Actions minutes per month (private repos) |
| Extra CI capacity | $40 per Microsoft-hosted parallel job (unlimited minutes), $15 per self-hosted job | Per-minute billing beyond the allowance; self-hosted runners use no minutes |
| Package storage | 2 GiB free, then from $2 per GiB | Free 500 MB, Team 2 GB, Enterprise 50 GB |
| Manual test management | Basic + Test Plans: $52 per user per month | Not available |
| Secret scanning add-on | $19 per committer per month | Secret Protection: $19 per active committer per month |
| Code scanning add-on | $30 per committer per month | Code Security: $30 per active committer per month |
Sources: Azure DevOps Services pricing, GitHub pricing and the GitHub changelog on Secret Protection and Code Security. GitHub's pricing page labels the Team and Enterprise prices as first-12-month prices, so confirm renewal terms with GitHub before you budget multiple years.
The licensing detail most teams miss: users with a GitHub Enterprise license automatically get Basic access in Azure DevOps. If you buy GitHub Enterprise, Azure Boards and Azure Pipelines seats come with it, which makes a hybrid setup cheap.
The security angle
Security is where the two platforms differ most in practice, because GitHub splits its paid security into two products that you can buy separately since April 1, 2025, including on the Team plan through metered billing:
- Secret Protection ($19 per active committer per month): secret scanning and push protection, which blocks a commit containing a credential before it lands.
- Code Security ($30 per active committer per month): CodeQL code scanning, dependency review, and Copilot Autofix suggestions for many alert types.
A committer counts as active if they pushed a commit to a covered repository in the last 90 days. On public repositories, much of this is free.
Azure DevOps offers the same engines as GitHub Advanced Security for Azure DevOps at the same list prices. The difference is timing: in Microsoft's November 2024 post on getting the most out of Azure DevOps and GitHub, it states that the GitHub version "will always run ahead" of the Azure DevOps one. If application security tooling is a priority, that alone tilts new projects toward GitHub.
Is Azure DevOps being phased out?
No, but the direction is clear. Microsoft still ships Azure DevOps updates and describes the goal as making the two products "feel like an integrated suite". At the same time, the same post says Azure DevOps customers "will need to migrate some or all their repositories to GitHub" to use GitHub's newest security and Copilot features. Microsoft also announced that public projects in Azure DevOps convert to private starting in 2027 and points open source projects to GitHub.
The practical reading: Azure DevOps is safe to keep running, especially Boards, Test Plans and Pipelines, but new investment and new features concentrate on GitHub. Plan new repositories on GitHub and move existing ones when there's a reason to, not in a panic.
Three setups that work
- All Azure DevOps. Best when you rely on Test Plans, classic release pipelines, Delivery Plans or CMMI processes, and your team is happy with the tooling. Lowest disruption.
- Hybrid: GitHub repos, Azure Boards and Azure Pipelines. Code, pull requests and security scanning move to GitHub; planning and deployments stay put. Azure Boards links to GitHub commits, pull requests and issues with
AB#1234mentions, and afixes AB#1234mention moves the work item to Done. Azure DevOps Services supports up to 2,000 GitHub repositories per connection. Azure Pipelines builds GitHub repositories natively. - All GitHub. Repos, Actions, Issues and Projects, Packages and the security add-ons. Simplest to administer and the best Copilot experience, at the cost of Azure Boards depth and Test Plans.
The hybrid is a common first step: it captures the security and Copilot benefits without forcing a planning or deployment migration, and you can decide later whether Boards and Pipelines follow.
Which to pick by team type
| Your situation | Recommendation |
|---|---|
| New startup, no existing platform | GitHub (Team plan), Actions for CI, Projects for lightweight planning |
| Existing Azure DevOps shop, things work | Stay; put new repos on GitHub only if you want Copilot or security features there |
| Heavy Azure Boards reporting or Test Plans users | Hybrid: GitHub repos, keep Boards and Test Plans |
| Open source or public projects on Azure DevOps | Move to GitHub before public projects convert to private in 2027 |
| Security-led organization buying code scanning | GitHub, since its security features ship first |
| Still on TFVC | Migrate TFVC to Git in Azure Repos first; GitHub has no TFVC support |
| Must self-host | Either Azure DevOps Server or GitHub Enterprise Server |
Migrating Azure DevOps to GitHub
Repositories: GitHub Enterprise Importer
GitHub Enterprise Importer moves repositories from Azure DevOps Services (cloud only, not Azure DevOps Server) to GitHub Enterprise Cloud. According to GitHub's documentation, it migrates:
- Git source with full commit history
- Pull requests, including their user history, attachments and work item links
- Repository branch policies (but not user-scoped or cross-repo policies)
It does not migrate work items themselves, pipelines, wikis or Git LFS objects (push LFS content separately afterwards). Limits to check before you start: 40 GiB per repository (in public preview), 400 MiB per file during migration and 100 MiB per file after it, and no single commit or push over 2 GiB.
Pipelines: GitHub Actions Importer
GitHub Actions Importer converts Azure Pipelines to Actions workflows. It runs as a GitHub CLI extension in Docker and needs an Azure DevOps personal access token. The typical sequence:
# See what you have and how much will convert automatically
gh actions-importer audit azure-devops --output-dir tmp/audit
# Estimate Actions runner usage from recent pipeline runs
gh actions-importer forecast azure-devops --output-dir tmp/forecast_reports
# Convert one build pipeline locally to review the workflow
gh actions-importer dry-run azure-devops pipeline --pipeline-id :pipeline_id --output-dir tmp/dry-run
# Convert it and open a pull request in the target repository
gh actions-importer migrate azure-devops pipeline --pipeline-id :pipeline_id \
--target-url https://github.com/octo-org/octo-repo --output-dir tmp/migrateRelease pipelines have equivalent dry-run and migrate ... release commands. Plan manual work for secrets, service connections, self-hosted agents, environments and pre-deployment approvals, which the importer does not convert, and redesign pre- and post-deployment gates, post-deployment approvals and some resource triggers, which it does not support. In practice, the audit report tells you which pipelines are a one-click conversion and which need a rewrite; start with the easy ones to build confidence.
A migration order that avoids surprises
- Set up the GitHub organization, SSO and team structure first (not one organization per team project).
- Migrate a pilot repository with Enterprise Importer and connect it to Azure Boards so
AB#links keep working. - Keep building it with Azure Pipelines at first; Pipelines supports GitHub repositories, so you change one thing at a time.
- Run the Actions Importer audit, convert the simple pipelines, and replace service connections with OpenID Connect federation to your cloud.
- Move the rest of the repositories in waves, update remotes, and archive the Azure Repos copies read only.
- Decide on Boards last. Many teams keep it.
Common mistakes
- Migrating everything at once. Repos, pipelines and planning in one cutover multiplies risk. Move code first; it's the easiest part.
- Copying the team project structure. Creating a GitHub organization per team project fragments permissions, billing and policies.
- Forgetting secrets and service connections. They don't migrate. Inventory them and use the move to replace long-lived keys with OIDC.
- Leaving LFS behind. Enterprise Importer skips LFS objects; push them before developers clone.
- Losing Test Plans data without a replacement. If QA relies on Test Plans, keep it running or choose a test management tool before you switch off Azure DevOps.
The bottom line
For new work, GitHub is the default: the platform Microsoft is building toward, the larger CI ecosystem, and security and Copilot features that arrive there first. For established Azure DevOps teams, there's no deadline to leave; a hybrid with GitHub repos and Azure Boards or Pipelines gets most of the benefit with little disruption. Migrate deliberately, starting with code.
Related reading: production-ready Azure Pipelines if you're keeping Pipelines, setting up Azure DevOps for a startup, Azure DevOps vs GitLab, and our guide to choosing DevOps tools by category. If you'd rather have senior engineers plan and run the migration, see our DevOps outsourcing service.
FAQ
Is Azure DevOps just GitHub?
No. Both are Microsoft products, but they are separate platforms with separate accounts, billing and data. They overlap on Git hosting and CI/CD, and they integrate: Azure Boards and Azure Pipelines work with GitHub repositories.
What is replacing Azure DevOps?
Nothing has been announced as a replacement, and Azure DevOps remains supported. GitHub is where Microsoft focuses new developer features, so it is the natural long-term destination for repositories and CI.
What is the Azure equivalent of GitHub?
Azure Repos, the Git hosting service in Azure DevOps, is the closest equivalent for code. For CI/CD the equivalent of GitHub Actions is Azure Pipelines.
Is GitHub Actions better than Azure Pipelines?
For most new projects, yes, mainly because of its marketplace of reusable actions and its tight pull request integration. Azure Pipelines still has stronger built-in deployment controls, such as environment approvals, business-hours checks and exclusive locks, and its parallel-job pricing can be cheaper for heavy CI use.
Can I use GitHub and Azure DevOps together?
Yes, and Microsoft supports it. Connect GitHub repositories to Azure Boards with the Azure Boards app for GitHub, reference work items with AB# mentions, and build GitHub repositories with Azure Pipelines. A GitHub Enterprise license also includes Azure DevOps Basic access.
Does GitHub Enterprise Importer migrate work items?
No. It migrates repositories, pull requests, their work item links and branch policies. Work items stay in Azure Boards, which you can keep connected to GitHub, or move separately with a work-tracking migration.
Can I migrate from Azure DevOps Server to GitHub?
Not with GitHub Enterprise Importer, which only supports Azure DevOps Services as a source. From Azure DevOps Server, push Git repositories to GitHub directly, or move them to Azure DevOps Services first and use the importer from there.
